FirePhysChem

FirePhysChem is an interdisciplinary journal publishing original research pertaining to explosives, propellants, powders and pyrotechnics.

[FirePhysChem @firephyschem]

🔥 New Article in FirePhysChem!
🧨 Low-cost synthesis, hypergolicity and combustion characteristics of 1-allyl-3-methylimidazolium dicyanamide/triethylamine-borane complex blend fuels
📖 Read more: https://t.co/SfH1fDFcBG
#HypergolicFuels #EnergeticMaterials @KeAiPublishing

[FirePhysChem @firephyschem]

🔥 New Article in FirePhysChem!
🧨 Mechanical Properties and Constitutive Model Study of a GAP-Based Energetic Thermoplastic Elastomer
📖 Read more: https://t.co/mO0RCAFSNw
#EnergeticMaterials #GAP #SolidPropellants #MechanicalProperties @KeAiPublishing @BIT1940

[FirePhysChem @firephyschem]

New Article in FirePhysChem!
Interfacial Intermetallic Reaction for Oxide Layer Fragmentation: A Coating Strategy towards Aluminum-Based Energetic Materials
📖Read more: https://t.co/buET9Blmcf
#EnergeticMaterials #Aluminum #Thermite #CombustionScience @KeAiPublishing

[FirePhysChem @firephyschem]

🔥New Article in FirePhysChem!
🧨Isomeric Energetic Biocidal Compounds Derived from Methylene-Bridged Nitro-Iodopyrazoles
📖Read more: https://t.co/7KCytYq0OP
#EnergeticMaterials #Isomerism #BiocidalMaterials #Pyrazoles #HighEnergyMaterials #ExplosivesChemistry @KeAiPublishing

[FirePhysChem @firephyschem]

🔥New Article in FirePhysChem!
🧨 Research on Tuning Energetic Performance via Isomerism: Trinitro 3,5-di(pyrazolyl)-1,2,4-oxadiazole Isomers
📖 Read more: https://t.co/ufp8hfohFT
#EnergeticMaterials #Isomerism #HighEnergyMaterials #Oxadiazole #MolecularDesign @KeAiPublishing

[FirePhysChem @firephyschem]

New Article in FirePhysChem!
Effect of Polytetrafluoroethylene on Combustion of Boron Powder Prepared by Emulsion-Assisted Milling
📖Read more: https://t.co/bHsIcaIhr7
#EnergeticMaterials #BoronPowder #CombustionScience #ReactiveMaterials #PropellantAdditives @KeAiPublishing

[FirePhysChem @firephyschem]

🔥🔥 New Article in FirePhysChem!
🧨 A Novel Five-Coordinate Cu(II)-Based Primary Explosive Engineered by Positional Isomerism for Laser Ignition
📖 Read more: https://t.co/S0lmTm2SFY
#EnergeticMaterials #PrimaryExplosives #Isomerism #LaserIgnition @KeAiPublishing

[FirePhysChem @firephyschem]

🔥 New Article in FirePhysChem!
🧨 Synthesis and Mechanisms of Thermal Decomposition of Polynitrogen Molecular Complexes based on 1,2,4,5-Tetrazine Derivatives and TNBI
📖 Read more: https://t.co/sTcSThjs5l
#EnergeticMaterials #Polynitrogen #Tetrazine @KeAiPublishing

[FirePhysChem @firephyschem]

🔥🔥 New Article in FirePhysChem!
🧨 New Developments of HEMSim: A Computational Treatment for Aluminized Highly Energetic Materials Applied to Rock Blasting
📖 Read more: https://t.co/ty9yhKMS0M
#EnergeticMaterials #HEMSim #AluminizedExplosives #RockBlasting @KeAiPublishing

[FirePhysChem @firephyschem]

🔥 Perspective in FirePhysChem
📘A Role for Isomerism in Energetic Compounds: A Brief Excursus from Yesterday to Tomorrow
🧪Special Issue: Isomerism for Energetic Compounds
📖Read more: https://t.co/dya6n7BKN9
#EnergeticMaterials #Isomerism #HighEnergyMolecules @KeAiPublishing

[FirePhysChem @firephyschem]

🔥 New Article in FirePhysChem!
🧪 In Search of Correct Approaches for Using Heat Balance Relations in the Theory of Energetic Materials Combustion
📖 Read more: https://t.co/tvRI4bFxQm
#CombustionTheory #EnergeticMaterials #HeatTransfer #IgnitionMechanisms @KeAiPublishing

[FirePhysChem @firephyschem]

🔥 New Article in FirePhysChem!
🧪 Catalytic One-Pot Scalable Synthesis of Energetic Pentazolate
📖 Read more: https://t.co/iVEHKn2Eko
#Pentazolate #EnergeticMaterials #HighEnergyDensity #SyntheticChemistry #DFT #ScalableSynthesis #CycloN5 #ExplosivesChemistry @KeAiPublishing

[FirePhysChem @firephyschem]

🔥New Article in FirePhysChem!
🧪Novel Polyurethane Formulations Based on Bio-Polyols: Synthesis, Characterization and Applicability in Composite Rocket Propellant Mixtures
📖 Read more: https://t.co/dQ0R6BDpRg
#CompositePropellants #HTPBAlternative @KeAiPublishing

[FirePhysChem @firephyschem]

🔥 New Article in FirePhysChem!
🧪 Investigation of the Influence of Internal Ballistic Energy Release Characteristics on Artillery Vibration
📖 Read more: https://t.co/lccMJ4RtzK
#InternalBallistics #Artillery #Propellants @KeAiPublishing

[FirePhysChem @firephyschem]

🔥New Article in FirePhysChem!
🧪Studies on Creep–Recovery Viscoelastic Behavior of High-Energetic Composite Propellants using Dynamic Mechanical Analysis (DMA)
📖Read more: https://t.co/OvQxKkhctX
#CompositePropellants #Viscoelasticity #DMA #EnergeticMaterials @KeAiPublishing

[FirePhysChem @firephyschem]

🔥New Article in FirePhysChem!
🧪Strategy for Constructing Low-Sensitivity High-Energy Molecules by Combining N-Oxidation and NO₂/NH₂ Substitution on Azole Rings
📖Read more: https://t.co/S7SzaZkffj
#EnergeticMaterials #HighEnergyMolecules #AzoleChemistry @KeAiPublishing

[FirePhysChem @firephyschem]

🔥New Article in FirePhysChem!
Mass Spectrometric Observation and Reaction Mechanism of Gas-Phase Initial Intermediates during TKX-50 Decomposition
📖Read the full article: https://t.co/t8zf4X20zf
#EnergeticMaterials #TKX50 #ThermalDecomposition #MassSpectrometry @KeAiPublishing

[FirePhysChem @firephyschem]

🔥 New Article in FirePhysChem!
🧪Unraveling Changes in the Decomposition Behavior of Composite Solid Propellants Using Mechanoactivated and Recrystallized Fine Ammonium Perchlorate
📖 Read the full article: https://t.co/hhtRgRN01B
#EnergeticMaterials @KeAiPublishing

[FirePhysChem @firephyschem]

🔥 New Article in FirePhysChem!
🧪 Scaling Considerations for Aluminum Agglomeration in Solid Rocket Propellants
📖 Read more: https://t.co/1JfWSx8oPX
#SolidPropellants #Aluminum #Agglomeration #Combustion #RocketPropulsion #EnergeticMaterials @KeAiPublishing

[FirePhysChem @firephyschem]

🔥 New Article in FirePhysChem!
🧪 Dimeryl Diisocyanate (DDI) Curing Agent: Synthesis via Triphosgene Reagent and Curtius Rearrangement of Acyl Hydrazide
📖 Read more: https://t.co/M3totUav5L
#Isocyanates #CuringAgents #EnergeticMaterials #GreenChemistry @KeAiPublishing